Space Shuttle
The space missions by NASA involve the exploration of our space by pushing for more scientific and technical skills. It is indeed useful for us in addressing the fundamental concerns especially concerning the solar system. Through space missions, the exploration is expanded by using the technology. The missions are essential in integrating technology in form of robotic missions (Xu, & Kanade, 2010).
For any successful endeavor as observed in the science center. The translunar space around moon and the earth provides the unprecedented experiences in these operations. The advancements of exploring the space eventually has potential of humans achieving monumental achievements in form of medicine. The opportunity of developing the tools and the techniques of improving the space exploration is underway at …show more content…
The temperature of the tires changes to up to 170 degrees Fahrenheit and it drops at an altitude of over 200 miles per hour. The altitude and temperature causes changes in the pressure of air and therefore can cause the tires to burst. The design of the tires is therefore classical to meet these challenge.
The difference between space shuttle tires and the normal tires is that the space shuttle tire is filled with nitrogen rather than oxygen. This is due to ability of nitrogen to resist the fire. Remembering that the molecules of nitrogen are bigger than that of oxygen, then the nitrogen has the potential of leaking slowly in vacuum (Xu, & Kanade, 2010).
The space shuttle landing is a combination of the motions and forces. The effects of technology and pressure are crucial in the determination of principles of the space shuttle tires. The physics formula of air pressure, desired revolutions of the tire over a distance is determined. The equations of the rotational kinematics and the dynamics are very useful in the determination of the landing speeds of the space
The space missions by NASA involve the exploration of our space by pushing for more scientific and technical skills. It is indeed useful for us in addressing the fundamental concerns especially concerning the solar system. Through space missions, the exploration is expanded by using the technology. The missions are essential in integrating technology in form of robotic missions (Xu, & Kanade, 2010).
For any successful endeavor as observed in the science center. The translunar space around moon and the earth provides the unprecedented experiences in these operations. The advancements of exploring the space eventually has potential of humans achieving monumental achievements in form of medicine. The opportunity of developing the tools and the techniques of improving the space exploration is underway at …show more content…
The temperature of the tires changes to up to 170 degrees Fahrenheit and it drops at an altitude of over 200 miles per hour. The altitude and temperature causes changes in the pressure of air and therefore can cause the tires to burst. The design of the tires is therefore classical to meet these challenge.
The difference between space shuttle tires and the normal tires is that the space shuttle tire is filled with nitrogen rather than oxygen. This is due to ability of nitrogen to resist the fire. Remembering that the molecules of nitrogen are bigger than that of oxygen, then the nitrogen has the potential of leaking slowly in vacuum (Xu, & Kanade, 2010).
The space shuttle landing is a combination of the motions and forces. The effects of technology and pressure are crucial in the determination of principles of the space shuttle tires. The physics formula of air pressure, desired revolutions of the tire over a distance is determined. The equations of the rotational kinematics and the dynamics are very useful in the determination of the landing speeds of the space